Month: April 2018

Science has always led the way in agriculture, and continues to do so today. Yet advances in plant breeding are being met with skepticism, fear and vehement opposition by many consumers.

Perhaps we aren’t listening closely enough to their concerns. Because we understand the science, we assumed they would too. We’ve failed in telling our story, or at least to the right people. Farmers are great at connecting with other farmers but we need to go beyond our online echo chambers and ensure we’re reaching the end-users.

While we’ve lagged behind, fear-based marketing campaigns have swayed consumers while activists continue to stand in the way of efficient, leading-edge plant breeding methods.

We’re frustrated, but we shouldn’t be surprised.

At medical appointments when doctors use confusing terminology, we stop and ask them to explain in terms we can understand. The same can be said for any expert – they know the technical terms and acronyms specific to their fields, but if they’re trying to convey a message, layman’s terms are needed.

Yet in agriculture we continue to use terms such as GMO, GE, GM, transgenic, CRISPR, TALEN, genome/gene editing and biotech crops. No wonder there is apprehension and confusion. Even when people do not know what a GMO is, they believe it something that should be feared and avoided. See “What’s a GMO?” for Jimmy Kimmel’s take on the subject. He sent a camera crew to a farmers’ market near his studio to ask people what they thought GMO meant.

GMO is now a widely recognized, often misused and misunderstood term. It’s used extensively by media and marketers alike. We can’t abandon it, but we can shift to clearer, all-encompassing terminology which covers all the latest advances.

No matter the type of plant breeding used over the last 10,000 years, the goal has always been the same – genetic improvement. Make the plants better – disease and insect resistant, improved qualities and yields. With newer technologies now available, the process has become extremely precise and efficient. “Precision plant breeding” covers it all in clear, concise and understandable language.

The term is a welcoming, open door to further the conversation as to the benefits on our farms, to the environment, the consumer and those in developing countries.

Precision plant breeding is one of the tools available to help feed our ever-growing world and adapt to changes in the environment. It offers solutions to famine, malnutrition, drought, flooding and disease.

We can’t expect unequivocal acceptance without explanation. We need to effectively communicate to the masses the what, when, why, where and how.

Clearer language is a positive step forward in taking down fences of fear and building bridges of understanding.

Not everyone will be on the same page. But hopefully there will be enough consensus to lead the world to the ultimate goal – abundant, safe, affordable food for all.

With spring’s arrival the desire for quick and easy make-ahead meals increases. This whole-grain quinoa salad fits the bill, plus it incorporates one of my favourite flavours — maple!

I use locally grown “Prairie Quinoa” along with Manitoba maple syrup produced in our area. An excellent salad to add to your meal-prep repertoire!

Maple Quinoa Salad

Main Ingredients:

1 cup quinoa

2 cups water

1 tbsp maple syrup

1 red pepper, diced

6 -8 green onions, chopped

1 cup kernel corn (frozen or canned)

1 cup canned black beans, rinsed and drained

1/2 cup pecans, walnuts or almonds, chopped

Vinaigrette:

1/4 cup apple cider vinegar

3 tbsp canola oil

2 tbsp pure maple syrup

Directions:

Place water, quinoa and 1 tbsp maple syrup in medium saucepan and bring to a boil. Stir, cover pot, reduce heat and simmer for 15—20 minutes until cooked through. Remove the saucepan from heat, fluff quinoa with a fork and let sit 5 —10 minutes. Cool completely and transfer to a serving bowl.